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Protein Complexes, Affinity & Interactomics Training | Pulldown Concepts & Interactome Design

NTHRYS >> Services >> Academic Services >> Training Programs >> Bioinformatics Training >> Proteomics, Interactomics & Structural MS >> Protein Complexes, Affinity & Interactomics Training | Pulldown Concepts & Interactome Design

Protein Complexes, Affinity & Interactomics — Hands-on

Understand how protein complexes and interaction networks are studied using affinity based approaches and interactomics concepts. This module covers complex biology, affinity purification and pulldown ideas, basic crosslink aware design, and network level interpretation so that learners can conceptually plan interaction studies and discuss interactome data with collaborators.

Protein Complexes, Affinity & Interactomics
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Session 1
Fee: Rs 8800
Protein Complexes & Interaction Principles
  • Biology of protein complexes and interaction types
  • stable vs transient complexes binary vs multi component complexes direct vs indirect associations
  • Affinity, specificity and binding strength concepts
  • Kd and occupancy thinking on rate and off rate ideas competition and cooperativity (overview)
  • Overview of main experimental families for interactions
  • affinity purification approaches tag based and antibody based concepts crosslink aware interactomics idea
Session 2
Fee: Rs 11800
Affinity Purification & Pulldown Strategies (Concepts)
  • Tagged bait and antibody based pulldown concepts
  • epitope and fusion tags (overview) endogenous vs overexpression thinking controls for non specific binders
  • Lysis, binding and wash conditions at concept level
  • mild vs stringent buffers salt, detergent and temperature ideas preserving native complexes vs reducing noise
  • Experimental design for AP MS style interactomics
  • bait and control layouts replicates and label options at overview sample handling for LC–MS readout
Session 3
Fee: Rs 14800
Interactome Mapping & Data Structures (Concepts)
  • From pulldown LC–MS readout to interaction candidate lists
  • enrichment based scoring ideas controls and background models (concepts) distinguishing likely interactors from carryover
  • Network representation of interaction data (high level)
  • nodes, edges and edge weights degree and centrality notions complexes as modules or clusters
  • Integrating literature and public PPI resources at concept level
  • comparison with known interaction databases adding context and functional annotation prioritizing complexes for follow up
Session 4
Fee: Rs 18800
Mini Capstone: Interactomics Study Design
  • Design exercise for a simple protein complex mapping project
  • Theory + Practical (planning oriented)
  • From bait choice to basic network view (concept walkthrough)
  • experimental layout and controls expected hit list structure first pass network interpretation
  • Deliverables: design sheet, interaction candidate table outline and narrative
  • study design and sample map simple interaction table template short biological interpretation note


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